Every time Bitcoin breaks through a new all-time high, many in the market expect Ethereum to follow suit. However, while Bitcoin continues to set new records, Ethereum has declined from $4,000 to around $2,700. The core issue lies in Ethereum's weakening "deflationary narrative" in recent years.
EIP-1559 initially drove ETH burning through high transaction volumes, creating expectations of reduced supply. Yet, with the rise of Layer 2 solutions, mainnet transaction volume has dropped, leading to lower gas fees and reduced burn rates. As the market discusses Ethereum potentially becoming "less deflationary", downward price pressure has intensified.
Data suggests that since the Dencun upgrade in 2023, Ethereum’s annualized inflation rate may have flipped from -1.2% to +0.8%, resulting in approximately 1,200 new ETH issued daily. Although the final outcome depends on actual transaction activity, market concerns about Ethereum’s ability to sustain deflation are evident.
Internal and External Challenges for Ethereum
Beyond its economic model, Ethereum faces several structural and competitive challenges.
The Economic Backlash of EIP Upgrades
- Ineffective Deflation Mechanism: EIP-1559 relies on mainnet transaction volume to burn ETH. However, Layer 2 networks like Arbitrum and Optimism have diverted significant traffic. Arbitrum’s daily transaction volume is four times that of Ethereum’s mainnet, with gas costs just 1% of mainnet fees. This reduces burn rates and weakens the deflationary story.
- Staking Yields and Market Pressure: With over 32 million ETH staked on the beacon chain (approximately 26% of circulating supply), the market must absorb new ETH issued at a 4% annual yield. Without corresponding demand, this creates persistent selling pressure.
Strategic Challenges within the Ethereum Foundation
- Liquidation Concerns: Rumors suggest the Ethereum Foundation sold 3,200 ETH in Q1 2025. Although unconfirmed, this sparked market anxiety. Additionally, the foundation’s financial reports indicating that "only 12% of assets are non-ETH" require further validation.
- Unclear Technical Roadmap: Ethereum’s core roadmap has shifted four times in three years, moving from a "Rollup-centric" approach to "Account Abstraction." This inconsistency creates communication challenges for core developers and complicates long-term planning for major projects. Some leading protocols, like Uniswap, are even considering building their own L2 solutions or migrating to other blockchains.
The Rise of Solana: Ethereum’s Biggest Competitor
Venture capital data from Q1 2025 indicates that the Solana ecosystem received up to $4.8 billion in funding, compared to Ethereum’s $1.9 billion. Top firms like a16z are adopting a "multi-chain" strategy, and even Donald Trump’s recent token launch chose Solana.
Performance Advantages: Solana’s Firedancer upgrade claims to achieve 120,000 TPS with confirmation times of 400 milliseconds and fees as low as $0.0001. This poses a threat to Ethereum in three key areas:
- DeFi Liquidations: Faster transaction speeds reduce the risk of delayed liquidations during extreme market conditions.
- Gaming Economies: Games like Axie Infinity have reported increased player transaction activity after migrating to Solana.
- Institutional Adoption: Goldman Sachs’ RWA token, GSRWA, launched on Solana, has reached a daily trading volume of $3 billion, indicating growing institutional interest in high-performance blockchains.
Macro-Environmental Challenges
The Layer 2 Paradox: The Cost of Scaling
- Diluted Security Models: Most Rollups have their own tokens and capture the majority of fee revenue. Moreover, over 60% of L2s rely on centralized sequencers, undermining the "final security guarantee" provided by Ethereum’s mainnet.
- Fragmented Liquidity: The total value locked (TVL) in cross-chain bridges plummeted from $32 billion in 2023 to $4.5 billion in 2025. As users and funds migrate to L2s, liquidity becomes fragmented across ecosystems. Moving assets between L2s incurs an average cost of 7.2%, encouraging "L2-native" ecosystems but reducing value accumulation on Ethereum’s mainnet.
Managed Security vs. Technical Security
Ethereum has long been praised for its "public verification and decentralization." However, large institutions often prioritize "managed control" over decentralization, challenging the assumption that Ethereum is the ideal destination for real-world assets (RWA).
- Ondo’s Hybrid Chain Approach: This major RWA project operates a highly centralized L1 with invitation-only nodes and full control over fees. For them, retaining control is paramount.
- Institutional Risk Considerations: Corporations, banks, and governments prioritize the ability to manage and control assets, often preferring private clouds or custom blockchains over public networks.
- Implications for Ethereum: If institutions favor customized L1s or centralized L2s, Ethereum’s mainnet could lose its competitive edge in the RWA market. Especially when institutions consider the 2%–5% "tax" for operating an L2 on Ethereum, building an independent chain may seem more cost-effective.
What Lies Ahead for Ethereum?
Although no official plan has been announced, a potential "three-phase reform" proposed by Vitalik Buterin could include:
1. Economic Model Reset (2025–2026)
- Dynamic adjustment of staking yields based on ETH inflation rates.
- Introduction of a 1.5% protocol tax on L2s, payable in ETH.
2. Technical Architecture Overhaul (2026–2027)
- Implementation of "atomic sharding" to separate data availability and execution layers.
- Launch of EVM++ with native support for parallel transactions and zero-knowledge proofs.
3. Governance Mechanism Reforms (2027–2028)
- A "tricameral" governance system involving core developers, stakers, and L2 operators.
- Sliding-scale voting mechanisms requiring a 2/3 majority for major proposals.
Key milestones for Ethereum’s future dominance include:
- Pectra Upgrade’s Economic Impact: If Pectra increases Blob capacity to 8MB within six months, it could attract major applications like Uniswap V4 back to the mainnet. Monitoring gas fees and burn rates post-upgrade will be critical.
- Restaking Risk Management: Protocols like EigenLayer have gained traction with over $10 billion TVL. However, market volatility could trigger liquidity risks, threatening Ethereum’s security foundation.
- Developer Retention Strategies: ERC-7621 could enable one-click multi-chain deployment, helping retain developers. Yet, if enterprises prefer customized solutions, Ethereum must innovate in governance and business models.
Conclusion: Where Does True Security Lie?
Ethereum has traditionally been viewed as the "safest public chain" due to its decentralization and verifiability. However, governments and financial institutions prioritize "managed risk" over ideological purity. This value mismatch could undermine Ethereum’s ambition to host RWAs and shape the future of finance.
For Ethereum to overcome these challenges, it must pursue bold reforms in technology, economics, and governance. Ultimately, regaining developer and market confidence will depend on balancing technical security with managed security. Time, however, may not be on its side.
Frequently Asked Questions
Why is Ethereum’s deflationary narrative weakening?
Ethereum’s deflationary mechanism relies on high mainnet transaction activity to burn ETH. With the migration of users to Layer 2 solutions, mainnet transactions have decreased, reducing burn rates and increasing inflation concerns.
How does Solana outperform Ethereum?
Solana offers significantly higher transaction speeds (up to 120,000 TPS), lower fees ($0.0001 per transaction), and faster confirmation times. These advantages make it more attractive for DeFi, gaming, and institutional use cases.
What are the risks of Ethereum’s Layer 2 ecosystem?
L2s fragment liquidity, dilute security through centralized sequencers, and increase costs for users moving assets between chains. This undermines Ethereum’s mainnet value and cohesion.
How might Ethereum address its challenges?
Potential solutions include economic reforms like staking yield adjustments, technical upgrades such as sharding, and governance changes to involve stakeholders more democratically.
Why do institutions prefer customized blockchains over Ethereum?
Large organizations prioritize control, regulatory compliance, and cost efficiency. Building independent chains allows them to avoid Ethereum’s fees and retain full governance authority.
What is the significance of the Pectra upgrade?
Pectra aims to increase Ethereum’s data capacity, potentially reducing gas fees and encouraging activity回流 to the mainnet. Its success could revitalize Ethereum’s deflationary mechanism.
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